@InProceedings{WalkerGBAJMMARSLCZSMS:2019:RoAmIn,
author = "Walker, Wayne S. and Gorelik, Seth and Baccini, Alessandro and
Aragon-Osejo, Jos{\'e} Luis and Josse, Carmen and Meyer, Chris
and Macedo, Marcia and Augusto, Cicero and Rios, Sandra and Souza,
Alana Almeida de and Llanos, Andres and Cuellar, Saul and Zager,
Irene and Solvik, Kylen and Moutinho, Paulo and Schwartzman,
Stephan",
affiliation = "{Woods Hole Research Center} and {Woods Hole Research Center} and
{Woods Hole Research Center} and {Fundaci{\'o}n EcoCiencia} and
{Fundaci{\'o}n EcoCiencia} and {Environmental Defense Fund} and
{Woods Hole Research Center} and {Instituto Socioambiental (ISA)}
and {Instituto del Bien Com{\'u}n (IBC)} and {Instituto Nacional
de Pesquisas Espaciais (INPE)} and {Fundaci{\'o}n GAIA Amazonas}
and {Fundaci{\'o}n Amigos de la Naturaleza} and Provita and
{University of Colorado at Boulder} and {Instituto de Pesquisa
Ambiental da Amaz{\^o}nia (IPAM)} and {Environmental Defense
Fund}",
title = "The Role of Amazon Indigenous Territories and Protected Natural
Areas in Region-Wide Gains and Losses of Aboveground Carbon
(2003-2016)",
year = "2019",
organization = "AGU Fall Meeting",
abstract = "Maintaining the abundance of carbon stored aboveground in Amazon
forests is central to any comprehensive strategy for stabilizing
global climate. Growing evidence points to the contribution that
Indigenous Peoples and Local Communities (IPLCs) have made to
buffering Amazon forests against large-scale carbon emissions
across a nine-nation network of Indigenous Territories (ITs) and
Protected Natural Areas (PNAs). Previous research has demonstrated
the links between indigenous land management and avoided
deforestation; however, little attention has been paid to the
impacts of forest degradation and natural disturbance processes
that occur in the absence of land use change but are increasingly
significant drivers of biomass loss. Here we provide a
comprehensive accounting of the role that Amazon ITs and PNAs have
played in the aboveground carbon dynamics of the region relative
to other lands. Using published data on changes in pantropical
aboveground woody carbon density and global forest cover, we track
gains and losses in carbon storage associated with forest
conversion as well as degradation and disturbance. We find that
ITs and PNAs stored well over half (58%; 41,991 MtC) of the
regions carbon in 2016, yet were responsible for just 10% of the
net change (-130 MtC) from 2003-2016, with 86% of losses (-956
MtC) offset by gains (+826 MtC). Nevertheless, total losses in
both ITs and PNAs approached a half billion tons (-434 MtC and
-423 MtC, respectively), with degradation and disturbance
accounting for more than 75% of losses in 7 of the 9 countries
examined. With deforestation on the rise across much of the
region, and degradation and disturbance a neglected yet
significant source of region-wide emissions (47%), the success of
Amazon Basin countries in achieving their commitments under the
Paris Climate Agreement depends in part on continued support for
IPLC stewardship of Amazon forests, a global environmental service
that merits increases in both political protection and financial
support.",
conference-location = "San Francisco, CA",
conference-year = "09-13 dec.",
language = "en",
targetfile = "walker_role.pdf",
urlaccessdate = "30 abr. 2024"
}